Diluvial soils and their amelioration /

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Bibliographic Details
Author / Creator:Abduyev, Mukhtar, 1926-1979
Imprint:Reading : Ithaca Press, c2012.
Description:vii, 279 p. : 1 map, charts ; 24 cm.
Language:English
Subject:
Format: Print Book
URL for this record:http://pi.lib.uchicago.edu/1001/cat/bib/9855239
Hidden Bibliographic Details
Other authors / contributors:Blokhina Alvares, Alisa.
Dawson, Angelika.
Lesiewicz, Amy.
Thomas, Ella.
European Azerbaijan Society.
ISBN:0863724809
9780863724800
Provenance:Book donated by the European Azerbaijan Society.
Notes:The book first published in 1968 in Russian.
Includes bibliographical references (p. 255-279).
Translated from Russian.
Table of Contents:
  • Introduction
  • Part I. Genesis and Mode of Diluvial Soil Salinization
  • Chapter I. General Overview of the Classification of Saline Soils
  • 1. Outline of the classification of saline soils
  • 2. Genetic uniqueness of saline soils in Azerbaijan
  • 3. Diluvial soils and their regions
  • Chapter II. Conditions of Soil Formation in the Regions with Diluvial Salinization
  • Chapter III. Characteristics of Soils with Diluvial Salinization and their Geography
  • 1. Main genetic characteristics of soils
  • 2. Soil alkalinity
  • 3. Physical properties of soils
  • 4. Soil salinity
  • Chapter IV. Sources of Salt Accumulation in the Diluvial Soils
  • Salt accumulation in the soils of the arid region
  • I. Sources of ancient soil accumulation
  • II. Factors determining recent salt accumulation
  • 1. Weathering rocks of mountain structures
  • 2. Eolian salt cycle
  • Chapter V. Factors of Salt Migration
  • I. Surface runoff
  • II. The role of biological agents in the migration and accumulation of salts in soil
  • 1. Pattern of the root system distribution of halophytes
  • 2. Reserves of vegetation mass
  • 3. Annual growth of vegetation mass
  • 4. Vegetation mass content and composition
  • 5. Amount of salts involved in biological cycle
  • III. Diffusion of salts
  • IV. Influence of irrigation to the movement of salt masses
  • Chapter VI. Soil Water Regime
  • Water regime of soils in diluvial plains of South-East Shirvan
  • Water regime of soils of the Siyazan-Sumgayit massif
  • Water regime of soils in the diluvial plain of Mil Steppe
  • Chapter VII. Soil Salt Regime
  • Salt regime of soils of diluvial plains of South-East Shirvan
  • Salt regime in soils of the Siyazan-Sumgayit massif
  • Salt regime in soils of the diluvial plain of the Mil Steppe
  • Part II. Development of Reclamation Regimes for Soils with Diluvial Salinization
  • Chapter VIII. The General Course of Development and the Current State of Saline Soil Reclamation
  • Chapter IX. Soil Hydrogeological Conditions of Field Experiment Sites for Reclamation of Soils with Diluvial Salinization; Methods of Research
  • Selection and characteristics of the subjects of research
  • 1. Soil conditions of pilot sites in the Siyazan-Sumgayit massif
  • 2. Soil conditions of the pilot site in the Kyurovdagh massif
  • 3. Soil conditions of the pilot sites on the Bozdagh diluvial slope
  • Methods of research
  • Chapter X. Experimental Leaching of Saline Soils Under Diluvial Plains Conditions
  • Soil flushing in monoliths
  • Field leaching of soils (microplot trials)
  • 1. Soil leaching without chemical soil amendments
  • 2. Leaching of soils by applying sand
  • 3. Soil leaching by applying acidifier
  • 4. Soil leaching by applying gypsum
  • 5. Leaching of soils with joint application of gypsum and manure
  • 6. Intensity of salt mass leaching
  • 7. Change in alkaline soil properties
  • 8. Influence of reclamation on crop growth conditions
  • Chapter XI. Effectiveness of Farm-Scale Reclamation in Soil Desalinization
  • Change in the level and mineralization of groundwaters
  • Dynamics of saline areas
  • Conclusion
  • Bibliography